Learn about the benefits of collagen in patients with Biopolymers

Esta proteína es una de las más importantes y abundantes en nuestro organismo, cuya funcionalidad determinará nuestra calidad de vida. Se encarga de mantener en conjunto las distintas estructuras del mismo, proporcionando elasticidad, fuerza, soporte, flexibilidad y estructura a la piel, necesarias para desarrollar las tareas cotidianas. Es el que permite el movimiento libre, protege y conecta las distintas partes de nuestro cuerpo, el 75% de nuestra piel se compone de esta proteína, cumpliendo la función de hidratación y atracción del ácido hialurónico.

Collagen holds together the various structures of the skin, providing elasticity, strength, support, flexibility, and structure to it.

With the passage of time, the balance of collagen production and handling is altered, decreasing the quantity and quality of collagen. The result will be the appearance of obvious signs of aging such as thinner, dehydrated and unstructured skin, as well as wrinkles, sagging and the appearance of dull skin.

Collagen makes up 85% of our tendons, where structure and strength are maintained. These elements connect muscles to bones and are essential for muscle contraction. With aging, the loss of collagen means the gradual reduction of the connective tissue that binds muscle fibers into strong, functional muscle. The result will be a reduction in muscle strength and functionality, which will affect balance, gait and overall movement.

There are different types of collagen in our body. Type 1 collagen is made up of fibers with very long and tight structures that provide tensile strength to ligaments, tendons and skin. Type II collagen fibers, on the contrary, are shorter, where cartilage absorbs the shocks between bones to cushion the joints.

At the molecular level, collagen is made up of three long chains of amino acids extracted from native collagen (full length) that form a triple helix with a high molecular weight, the collagen peptides are wrapped in a tough, insoluble matrix of collagen fibers. It is here that the collagen undergoes a process called enzymatic hydrolysis. In this process a specific enzyme is used to break the peptide bonds and extract the collagen peptides. This enzymatic hydrolyzing process is closely controlled to ensure reproducibility. Collagen (usually fish, porcine and/or bovine skin and bone) is the raw material for making gelatin and collagen peptides.

It prevents premature cell aging, cellular oxidation,
cardiovascular diseases or inflammation.

Native collagen (non-soluble)

It is a triple helix structure with lengths complete with each other forming long fibers. These fibers are tight to provide strength (in the bones) or looser to provide elasticity (in the skin).

Our organic bone mass (bones) are made up of 90% collagen. Collagen provides strength, structure and flexibility, as well as the structural framework for the attachment of calcium and other minerals that are important for bone strength. As we age, the decrease in collagen levels and mineral content makes our bones more vulnerable to fracture, leading to an increased risk of injury.

Great contributions of lycopene, it participates in collagen secretion.

Benefits of collagen peptides

These peptides are bioactive in nature, meaning that once absorbed into the bloodstream they can intervene in the activity of the body's cells in different ways. For example, they can stimulate the production of skin fibroblasts to promote more hyaluronic acid, an essential component in skin hydration.

They help repair worn tissue, provide structural support to the skin, contribute to capillary health and maintain bone density. Several studies demonstrate the effective action of peptides on joints, protecting cartilage from degradation, as well as helping to mitigate inflammation around the joint. This has a positive effect on people suffering from joint conditions, as it helps to reduce pain and improve mobility.

Regular consumption of hydrolyzed collagen peptides, a healthy diet and physical activity help to maintain the skin's barrier function. Bones are predominantly composed of collagen and calcium salts. Over the course of a person's lifetime, bones are constantly being repaired and regenerated through a process called bone remodeling. Collagen peptides can boost the bone remodeling process, helping to maintain healthy bones. To prevent collagen destruction, one must become aware of a healthy lifestyle, with regular sleep schedules, regular physical activity, elimination of bad habits and development of a healthy diet.